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Small-sized business information management will be vitalized by cost reduction of APP development and using former infra instead of extra expert.
Because of these causes, the promotion of information management of SME is deterred, the problem of reduction of corporate competitiveness and efficiency of management has occurred.
The developer requests what they need to produce APPs, and the enterprise cooperate to serve requested data for the efficient development.
Even though each APP is made separately, we unify some variable’s data type for connection between APPs for the future.

Reduction of the GaO6 octahedral tilt proved effective for oxide ion conduction.
For structural analysis of these samples, time-of-flight neutron powder diffraction data were collected at room temperature, 300, 500 and 800°C using the 90-degree banks of the Sirius diffractometer [10] at the High Energy Accelerator Research Organization in Japan.
The diffraction data collected were analyzed by the Rietveld method using the RIETAN-TN program [11-12].
This reduction of octahedral tilts in LSGM was due to shortening Ga-O bond lengths [8-9].

For the considered system a linear discrete model obtained by parametric identification method for the data measured in a separate experiment has been designated.
Introduction Real-time systems cooperating with efficient data acquisition cards are widely used in measurement and control applications.
The collected data were linearized and used for estimation continuous-time transfer function.
Vibration reduction for frequencies of 193 Hz was 80%.
By comparing the values of signal amplitudes for each frequency, one can easily determine the vibration reduction.

By analyzing the data acquired trough pyrometers, many companies realized how many defects are related to excessively high exit temperature thus limiting production rates and consequently productivity.
K-type thermocouples of 1500mm length and 1 mm diameter were used for the thermal monitoring and the data were continuously acquired by means of an Agilent acquisition system connected to a laptop (figure 4).
Ten AA6060 billets were deformed at 2,71mm/sec of ram speed during the trials: three billets were initially extruded for homogenizing the temperature of the system without the use of the nitrogen, then three more billets were processed in the same conditions in order to evaluate the repeatability of the acquired data and finally four billets were extruded with the use of nitrogen die cooling.
The strongest reduction happened in proximity of die inlet (sensor 5): this is probably also in relation with the shape of inlet channels that promotes a higher nitrogen flux in the bottom part of the die; the second most sensitive location is thermocouples 3 that expires a reduction lower than thermocouples 5 but still significant.
On the profile, such reduction generated conditions comparable with billet 6 ones.

According to literary data, the treatment of such fractures is not effective enough, which leads to a prolongation of rehabilitation periods and disability, especially among patients of older age groups.
Data analysis was carried out only on officially published sources.
Available data on three- and four-fragment fractures indicate the possibility of a violation of vascularization of the humeral head, dislocation and cartilage damage with subsequent necrosis of the head and collapse, which is observed in 30-100% of cases.
Also, there is not enough reliable data on the treatment of ipsilateral fractures of the humerus, at the level of the proximal and diaphysis.
Open reduction and internal fixation of proximal humeral fractures with use of the locking proximal humerus plate.

Introduction The attainments of high performances combined to the contemporaneous mass reduction of components contributed to a very fast and wide development of the market of aluminium cast parts, especially for what concerns the automotive field.
The goal was to optimize the heat treatment process, taking advantages from the reduction of treatment times.
Even if, considering the results of single tests and the standard deviation values, it was clear that the newly proposed and shorter heat treatment cycles (A and B) cause higher dispersion of the obtained data with respect to the conventional one and in few samples the tensile properties being very close to the minimum target value.
The highest dispersion of data related to the mechanical properties can be justified when considering the microstructure features, as it is evident in figure 2, where the microstructure features of conventionally and of A1 treated samples are compared.
The new cycles allow high reduction of the treatment duration with consequent economical advantages.

Therefore, apply the data mining technology to the management of electrical equipment, automatically analyze and classify Power system data, Find out useful information to help managers analyze production can greatly improve the production efficiency, Bring more economic benefit [3, 4] Data Mining Application in Fault Diagnosis Using the data mining technology to solve the fault diagnosis work principle of power equipment can be summarized as the following three steps; the specific process is shown in Fig1.
ID3 Algorithm Improvements Three Factors Affecting the Original ID3 Algorithm The original ID3 algorithm is based on the main storage, When using this algorithm dig a large number of data in the database , the Shown outstanding issue is the efficiency of the algorithm significantly sharply decreased or even not feasible; The original ID3 algorithm need to provide the data in data files form, This not only need more data transformation work before data mining, but also against algorithm and database applications to realize seamless integration, This also affects its practicability to a large extent; Database technology is one of the most advanced and effective technology to manage and control large amounts of data in the database, The original ID3 algorithm does not use the advantage of data operation of database technology, This also influences the application efficiency of a mass of data to a great extent.
Algorithm Improvement Ideas Based on the above consideration, this article thought of using embedded SQLESQL/C#, through the help of the database management system, efficient data queries directly from the database of storing the fault data samples.
Validation and Comparison for the Efficiency of Algorithm In order to verify the implementation efficiency of the algorithm, this paper choose the letter-recognition data sets in the UCI machine learning database, random extract1000,5000,10000,15000,20000 data samples from the data sets, test and verify the improved ID3 algorithm respectively.
Top 10 algorithms in data mining.

In the previous study [1], it was revealed that the absorbed hydrogen caused a remarkable reduction of ∆Kth in hard low alloy steel.
Each specimen was fatigue tested under different nominal stress amplitude and fatigue crack propagation property was obtained by gathering all data.
The data were obtained in short crack region in the range of 0.03 - 0.2 mm.
The relationship between the reduction of ∆Kth by hydrogen charge and HV is shown in Fig. 5.
There were no reductions of ∆Kth by hydrogen charge in soft materials whose HV were lower than HV = 200.

The inverse pole figures were extracted from measured EBSD maps by expanding the discrete data into a series of generalized spherical harmonic functions.
Fig. 1: EBSD orientation map of cold-swaged rod with 65% of area reduction.
The texture index (intensity of the strongest orientation that signifies, how this orientation is stronger than a random orientation) reaches values of approx. 4 at 40% of area reduction, nearly 9 at 65% of area reduction and over 13.5 in case of 80% of area reduction.
a) b) c) Fig. 2: Inverse pole figures of samples with a) 40%, b) 65% and c) 80% of area reduction.
After 80% of area reduction, there is almost only this 110 orientation as shown in Fig. 2.c).

Abstract: By collecting field data, reconnaissance site conditions, laboratory test and numerical analysis, it can carry out seismic safety evaluation of the Minxian post-earthquake reconstruction relocated concentrated settlements.
By collecting field data, investigating site conditions, It can carry out seismic safety evaluation of the reconstruction site concentrated settlements.
In this paper, the numerical analysis method was used on the basis of laboratory tests, The strength reduction theory and elastic-plastic finite element method was combined by using the ABAQUS finite element software, under the static force, by adjusting the reduction coefficient, it can calculate the stability safety coefficient to analyze the static stability of the slope.Under the dynamic action, the safety coefficient was calculated by considering the stability of the input level seismic waves on the bottom of the model.
By using the adjusted minimum reduction factor to derived the stability coefficient under the horizontal seismic waves, it is clearly too conservative to evaluate the slope stability.
The paper adjusted reduction factor from 0.5 to 2.0, Fsmin can be drawn is 0.42, Fsmin′ is 0.623.